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    Filter products Showing 169 - 172 of 172 results
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    Filter products Showing 169 - 172 of 172 results
    Fmin (MHz)
    Fmax (MHz)
    • DETI_MICROWAVE_LOWPASS_FILTER_011006_PICT1

      Low Pass Filter DC – 8 GHz

      LPF-SS-8000-12000-24000-40-SF-SF
      This low pass filter offers a passband from DC to 8000 MHz with 1.0 dB of insertion losses and a high rejection of 40 dB at 12000 MHz. Fitted with SMA connectors, it offers a VSWR of 1.5:1 and a power handling of 2 W average.

      Low Pass Filter DC – 8 GHz

      LPF-SS-8000-12000-24000-40-SF-SF
      This low pass filter offers a passband from DC to 8000 MHz with 1.0 dB of insertion losses and a high rejection of 40 dB at 12000 MHz. Fitted with SMA connectors, it offers a VSWR of 1.5:1 and a power handling of 2 W average.

      This low pass filter offers a passband from DC to 8000 MHz with 1.0 dB of insertion losses and a high rejection of 40 dB at 12000 MHz.
      Fitted with SMA connectors, it offers a VSWR of 1.5:1 and a power handling of 2 W average.

      Read more
    • DETI_MICROWAVE_LOWPASS_FILTER_011001_PICT1

      Low Pass Filter DC 1 GHz

      LPF-SS-1000-1500-10000-40-SF-SF
      This low pass filter offers a passband from DC to 1000 MHz with 1.0 dB of insertion losses and a high rejection of 40 dB at 1500 MHz. Fitted with SMA connectors, it offers a VSWR of 1.5:1 and a power handling of 2 W average.

      Low Pass Filter DC 1 GHz

      LPF-SS-1000-1500-10000-40-SF-SF
      This low pass filter offers a passband from DC to 1000 MHz with 1.0 dB of insertion losses and a high rejection of 40 dB at 1500 MHz. Fitted with SMA connectors, it offers a VSWR of 1.5:1 and a power handling of 2 W average.

      This low pass filter offers a passband from DC to 1000 MHz with 1.0 dB of insertion losses and a high rejection of 40 dB at 1500 MHz.
      Fitted with SMA connectors, it offers a VSWR of 1.5:1 and a power handling of 2 W average.

      Read more
    • DETI_MICROWAVE_BANDSTOP_FILTER_001342_PICT1

      Waveguide WR112 Bandstop Filter – 7800 – 7880 MHz

      BSF-WG-7800-7880-40-WR112-WR112-CUSTOM 001342
      This Waveguide Band Stop Filter allows you to sharply reject (40 dB) the 7800 - 7880 MHz frequency range while avoiding to degrade your signal from 7750 to 7765 MHz and from 7900 to 8340 MHz. Indeed it show very little insertion losses (0.4 dB) and a vswr of 1.15:1 max.

      Waveguide WR112 Bandstop Filter – 7800 – 7880 MHz

      BSF-WG-7800-7880-40-WR112-WR112-CUSTOM 001342
      This Waveguide Band Stop Filter allows you to sharply reject (40 dB) the 7800 - 7880 MHz frequency range while avoiding to degrade your signal from 7750 to 7765 MHz and from 7900 to 8340 MHz. Indeed it show very little insertion losses (0.4 dB) and a vswr of 1.15:1 max.

      This Waveguide Band Stop Filter allows you to sharply reject (40 dB) the 7800 – 7880 MHz frequency range while avoiding to degrade your signal from 7750 to 7765 MHz and from 7900 to 8340 MHz. Indeed it show very little insertion losses (0.4 dB) and a vswr of 1.15:1 max.

      Read more
    • DETI_MICROWAVE_BANDSTOP_FILTER_800059_PICT1

      Waveguide WR34 Bandstop Filter – 29.7 – 29.9 GHz

      BSF-WG-29700-29900-25-WR34-CUSTOM-800059
      This Waveguide Band Stop Filter allows you to sharply reject (25 dB) the 29700 - 29900 MHz frequency range while avoiding to degrade your signal from 27500 to 29500 MHz and from 30000 to 31000 MHz. Indeed it show very little insertion losses (1 dB) and a vswr of 1.5:1 max.

      Waveguide WR34 Bandstop Filter – 29.7 – 29.9 GHz

      BSF-WG-29700-29900-25-WR34-CUSTOM-800059
      This Waveguide Band Stop Filter allows you to sharply reject (25 dB) the 29700 - 29900 MHz frequency range while avoiding to degrade your signal from 27500 to 29500 MHz and from 30000 to 31000 MHz. Indeed it show very little insertion losses (1 dB) and a vswr of 1.5:1 max.

      This Waveguide Band Stop Filter allows you to sharply reject (25 dB) the 29700 – 29900 MHz frequency range while avoiding to degrade your signal from 27500 to 29500 MHz and from 30000 to 31000 MHz. Indeed it show very little insertion losses (1 dB) and a vswr of 1.5:1 max.

      Read more